Prompt
I’d like you to write paragraph about  your ICE CORES research paper in which you tell us:

1 Why ICE CORES related to climate change have piqued your curiosity and may form the basis of your big research project.

2 How you think you might go about attaining reliable sources to pursue answers to your research inquiry. (This can include long-term intentions to do field studies; I really enjoyed your answers as to whether or not you’d ever be interested in performing ice-core analyses,

3 Finally, post the first draft of your research question that focuses on your specific area of curiosity at the intersection of climate science and your intellectual enthusiasm.
For your Draft Research Question (RQ): Try to avoid a question that can be answered by Yes or No! For example, the question: “If re-elected, will Donald Trump reverse his denialist stance on climate change?” – The answer to this is probably “No.” And I could put my pen down right there. However, I could ask, “What events or influences might alter Donald Trump’s current denialist stance on climate change if he is re-elected?” Then, I could undertake significant, albeit highly speculative!, research into possible sources of influence on his Administration’s future climate policies.

Instructions

Be as clear and specific as you can.

Helpful info: https://icecores.org/about-ice-cores

Hospitals and other health care settings will often implement Transmission-Based Precautions to prevent or help reduce the spread of infections to health care workers, as well other patients in their care. These Transmission-Based Precautions are designed to supplement standard precautions in patients/residents with documented or suspected infection/colonization of highly transmissible or epidemiologically important pathogens. The three categories of Transmission-Based Precautions include:

Contact Precautions
Droplet Precautions
Airborne Precautions
For your initial post, choose one of the Transmission based Precautions listed above to research. Include what the definition of the precaution is, when it would be implemented and what type of personal protective equipment (PPE) a health care worker would be required to wear when coming in contact with a patient under that particular precaution.

Video link= https://youtu.be/OmVnIIgDA7o

How do Fuel Cells Work?
Duration: 9:41
User: n/a – Added: 4/27/08

Watch the video on how fuel cells work. Submit 1) an outline the presentation (50 points) 2) show the balanced chemical equation that was discussed in the video (50 points).

How to write an outline

An outline presents a picture of the main ideas and the subsidiary ideas of a subject. Some typical uses of outlining might be an essay, a term paper, a book review, or a speech. For any of these, an outline will show a basic overview and important details. It’s a good idea to make an outline for yourself even if it isn’t required by your professor, as the process can help put your ideas in order.

Some professors will have specific requirements, like requiring the outline to be in sentence form or have a “Discussion” section. A students first responsibility, of course, is to follow the requirements of the particular assignment. What follows illustrates only the basics of outlining.

Basic outline form
The main ideas take Roman numerals (I, II, …) and should be in all-caps. Sub-points under each main idea take capital letters (A, B, …) and are indented. Sub-points under the capital letters, if any, take Arabic numerals (1, 2, …) and are further indented. Sub-points under the numerals, if any, take lowercase letters (a, b, …) and are even further indented.

MAIN IDEA
Subsidiary idea or supporting idea to I
Subsidiary idea or supporting idea to I
Subsidiary idea to B
Subsidiary idea to B
Subsidiary idea to 2
Subsidiary idea to 2
MAIN IDEA
Subsidiary or supporting idea to II
Subsidiary idea to II
Subsidiary idea to II
MAIN IDEA

It is up to the writer to decide on how many main ideas and supporting ideas adequately describe the subject. However, traditional form dictates that if there is a I in the outline, there has to be a II; if there is an A, there has to be a B; and so forth.

Outline example
Suppose you are outlining a speech about gerrymandering, and these are some of the ideas you feel should be included: voter discrimination, “majority-minority” districts, the history of the term, and several Supreme Court cases.

To put these ideas into outline form, decide first on the main encompassing ideas. These might be: I. History of the term, II. Redistricting process, III. Racial aspects, IV. Current events.

Next, decide where the rest of the important ideas fit in. Are they part of the redistricting process, or do they belong under racial aspects? The complete outline might look like this:

Gerrymandering in the U.S.

HISTORY OF THE TERM
REDISTRICTING PROCESS
Responsibility of state legislatures
Census data
Preclearance
Partisan approaches
RACIAL ASPECTS
Gomillion v. Lightfoot (1960)
Civil rights
Voter discrimination
Voting Rights Act (1965)
Majority-minority districts
CURRENT EVENTS
Effects of gerrymandering in 2012 and 2016 elections
Gill v. Whitford Supreme Court Case

It is only possible to make an outline if you have familiarity with the subject. As you do research, you may find it necessary to add, subtract or change the position of various ideas. If you change your outline, ensure that logical relationship among ideas is preserved.

Further reading
Tardiff, E., and Brizee, A. (2013). Developing an outline. In Purdue OWL. Look at all three sections. The third includes an example.

Lester, J.D., and Lester, Jr., J.D. (2010). Writing research papers: A complete guide (13th ed.). New York: Longman. Includes several models, including for a general-purpose academic paper.

Turabian, K.L. (2013). A Manual for Writers of Research Papers, Theses, and Dissertations. Chicago: University of Chicago Press

There are 2 parts for this assignment.
First part, I want you to comment about what you enjoyed (or didn’t understand about the reading) from Herrera_Cartographic Memory, Nelson_Introduction.  I want you to discuss all readings.

Second part,
I want you to comment about what you enjoyed (or didn’t understand about the reading) from Cha5Ngai_Japanese Internment, Inkwell and Santa Anita Park, Rosas_Placemaking, Rosas_Uncovering Black and Latino Relations.  For the second part, you don’t need mention all readings but I want you to discuss Cha5Ngai_Japanese Internment” at least.

I want you to spare the equal amount for both parts.
I’ve attached the examples so i want you to follow the structure.

Unit III of the course is called Explanations How Did We Get Here? We took a tour of various explanations of how we got into this crisis (i.e. Malthusianism, TechnoOptimism, Capitalism, Culture, and the State). In this essay, you need to decide which explanation you find most convincing and develop an argument as to why your explanation is more convincing than the others. This will require you make a coherent thesis or argument statement in the introductory paragraph laying out which explanation you choose and why (I advise you make that sentence very clear by stating In this paper, I will argue). In your introduction, you also should include a roadmap or outline of how you will substantiate your argument.

Heres a proposed outline:

I. Introduction paragraph Summary of paper topic Thesis or argument statement (In this paper, I will argue) Roadmap lay out in 1-3 sentences how the paper is organized step by step. II. Body Paragraphs Defend why your chosen explanation is the most convincing using concepts covered in lecture. Then use readings, quotes, and examples from lecture to back up and illustrate your assertions. (1-2 paragraphs). Argue why other explanations are less convincing using concepts from those lectures. Then use readings, quotes, and examples from lecture to back up and illustrate your assertions. You do not need to cover all remaining four explanations, but at least two (2 paragraphs). III. Conclusion Summarize your argument. Speculate on the wider implications of your argument. Why does it matter for the environment, our society, and the world?

Methicillin-resistant Staphylococcus aureus (MRSA) is one of the more prevalent nosocomial infections in health care faculties today. Any patient with a compromised immune system or open wound is susceptible to contracting MRSA from medical staff or even family members. Although MRSA is commonly connected to health care facilities, MRSA can be found anywhere.

For your initial post, discuss who you believe to be at the highest risk for MRSA outside the health care environment? Explain. Discuss the common fomites or transmission factors involved as well as the preventative measures the public can do to reduce or prevent MRSA infections.

Essay — Explain the difference between niche differentiation and character displacement.  Illustrate your discussion with an example of each. 

Essay — Explain how two species can be involved in an exploitative interaction.  Then, describe how population sizes of parasites and their hosts affect each other over time.  Finally, explain the difference between a parasite and a parasitoid. 

Essay — Explain how somatic effort and reproductive effort are important in the development and growth of organisms.  In your discussion, include the concept of allocation.  Additionally, explain how the concept of allocation is important in reproduction, especially with regard to offspring quality and quantity. 

Essay — Define the term “species richness”, and contrast this to the concept of “species evenness.”  Then, pick one of the following topics for discussion.  If you answer parts a) and b), only part a) will be graded. 
a) Explain how the presence of predators can increase the species richness of lower trophic levels.
b) Explain why species richness is thought to promote community stability. In your discussion, include examples of at least two real organisms.

Briefly write 550 words conclusion base on my Group Report (attached file) about GNSS applications in Earth Sciences.
Report Content, please find the attached group report file.

1.    Abstract       
2.    Geodesy and Geodynamics   
2.1.1    Tectonic Motion and Deformation Monitoring   
2.1.2    Ocean Surface Verification   
2.1.3    Earthquake and Tsunamis Detection
2.1.4    Seafloor Measurement   
2.1.5    Ground Surface Observation    
2.1.6    Cryosphere Monitoring   
2.1.7    Ionospheric Monitoring   
2.1.8    Troposphere Monitoring   
2.1.9    Water Vapour Content Retrieval   
3.    Conclusion    ((((((((((((Write 550 words conclusion))))))))))))))))

Visit the U.S. Geological Survey website on earthquakes (https://earthquake.usgs.gov), and click on “Significant Earthquakes, Past 30 Days.” Answer the following questions:

1. How many significant earthquakes occurred worldwide in the past 30 days?

2. The list that appears should have several rows, each including a blue hyperlink naming the earthquake, the moment magnitude (M) to the left, and the depth to the right. Arrange the moment magnitudes of these earthquakes into a single list, from smallest to largest (one M value per earthquake). What are the minimum, maximum, and median M values in your list? Note that the median is the middle value of a set of ranked numbers. For example, if there were nine significant earthquakes, the median would be the fifth highest M value in your list. If you had eight M values, the median would be the average of the fourth and fifth highest values. For seven M values, the median is the fourth highest, and so on. 

3. What are the minimum, maximum, and median depths of the significant earthquakes? Repeat (2) above, using depth instead of M.

4. Looking at your list, do larger magnitude earthquakes seem to occur at shallower or deeper depths?

5. Test your answer to (4) by calculating a correlation coefficient (rs, also called R) between earthquake magnitude and depth. This statistic measures the direction (positive or negative) and strength of association between two variables. Type the magnitudes into the x column and the corresponding depths into the y column at this statistics website (Links to an external site.).

Then click “Calculate R.” If the output rs is positive, the association is positive, meaning magnitude increases as depth increases. The closer rs is to +1.0, the stronger the positive association. In contrast, if rs is negative, the association is negative, meaning magnitude decreases as depth increases. The closer rs is to -1.0, the stronger the negative association. Generally, rs values between 0.7 and 1.0 (or -0.7 and -1.0) are strong; values between 0.3 and 0.7 (or -0.3 and -0.7) are moderate; and values between 0 and 0.3 (or 0 and -0.3) are weak.

What is the rs value?
Is the association positive or negative?
Is it a strong or weak association?
Is it statistically significant? (Note: It says on the website, below the rs calculation, whether or not it would normally be considered significant.)
Based on what you read in the textbook and information on this website, would you generally expect larger magnitude earthquakes at shallower or deeper depths? Briefly explain. Hint: Geology is complicated, and there is no one perfect answer to this question. Provide reasonable justification for whatever you decide. Do not say that shallower earthquakes are stronger because they are closer to the land surface and cause more damage. Remember, strength (energy) and damage (intensity) have different meanings when it comes to earthquakes.
6. Click any one of the significant earthquakes that was felt by people. Then click “Did You Feel It?” Next, click “Intensity Vs. Distance.” Looking at the graph, provide the following information:

Name of earthquake
Farthest distance from hypocenter it was felt
Highest intensity observed
How intensity changed (increased, decreased, or remained constant) moving away from hypocenter